Theker builds AI-powered industrial robots that can be reconfigured for different warehouse and factory jobs. The Barcelona startup has raised an $85 million Series A led by CRV. The funding reflects growing demand for flexible industrial automation.
Factories and logistics operators still face labor shortages. Many automation systems struggle when products, packaging, or workflows change.
Founded by engineers Carla Gómez Cano and Jiaqiang Ye Zhu, Theker is building adaptable AI-powered robots. The company focuses on flexibility instead of fixed machines or humanoid-style demonstrations.
What is Theker robotics and how does it work?
Theker sells general-purpose industrial robotics for environments where no 2 shifts look exactly alike. Its systems combine reconfigurable hardware with AI-driven perception, so a customer can swap or resize hands, arms, and parts of the robot’s form factor depending on the job—sorting parcels, packing garments, or handling bottles and cans—without starting from scratch every time. The company’s pitch is that its robots can be deployed in days and keep learning while they operate. They can work through mixed product references and irregular shapes without constant manual reprogramming.
That matters because Theker isn’t selling a single fixed robot. It’s selling a stack. The perception layer uses deep-learning-based object detection that can identify items of different shapes, sizes, and categories, while its systems are built to work in very different settings—from cleanrooms to rougher industrial sites. The business model is Robot as a Service. It lowers the upfront hit for customers that want automation but don’t want to buy, integrate, and maintain a bespoke machine from day 1.
A customer experience with Theker looks a lot more like configuring a platform than buying a one-off robot cell. The company customizes the robot to a specific workflow and integrates the AI models that handle perception and autonomy. Then it keeps improving the system over time. That shows up in its hiring too. Theker is recruiting deep learning engineers for computer vision, natural language processing, and decision-making systems that run in real time on robotic hardware.
Before that kind of setup, a warehouse or factory team often has humans covering edge cases because standard automation can’t cope with variation. Afterward, the goal is steadier throughput on jobs that used to fall back to manual handling whenever object types, packaging, or layouts changed. That’s the real promise here: not humanoid theater, but less operational fragility.
Who founded Theker robotics and why are investors betting on it?
From student robotics to a Barcelona startup
Theker came out of years of hands-on robotics work by Carla Gómez Cano and Jiaqiang Ye Zhu before the company itself became a funded startup. EIT Manufacturing says the pair grew up building and competing with robots and later created PUCRA, the robotics association at the Polytechnic University of Catalonia, or UPC. Gómez Cano has said that community convinced them Barcelona had the talent to build a global robotics company instead of just producing talent for someone else’s.
That origin story matters because it doesn’t read like founders jumping on an AI trend late. It reads like robotics people who finally got better software tools—and better timing. UOC profiled Gómez Cano in 2023 as a cofounder working in robotics, AI, and computer vision, right when generative AI was making the broader market pay attention to embodied systems again.
Why the founders fit this market
Theker’s founder-market fit is pretty direct. Both founders are engineers with a robotics background, and Jiaqiang Ye Zhu also appears as a co-author with Gómez Cano on a 2024 paper about in-context learning for robotics control with feedback loops. That doesn’t prove commercial execution on its own. But it does show the team is operating close to the technical frontier on robot control, not just packaging off-the-shelf hardware with a slick sales deck.
Gómez Cano has also been public for a while about 1 stubborn robotics problem: cost and usability. In earlier interviews, she pointed to Robot-as-a-Service as one way to get past the capital barrier that stops many companies from adopting robots in the first place. That thread runs straight into Theker’s current model.
Traction, team growth, and the new round
Theker’s early signals are stronger than the average robotics startup boasting about pilots. Inditex, Zara’s parent, backed the company early and validated its tech in high-variability logistics work. EIT Manufacturing said Theker had already raised a €21 million seed round and employed just over 20 specialists, with plans to grow 4x to 5x over the following year. In the newer financing, Theker said it had received 15,000 job applications and could expand from a team in the dozens to as many as 120 people by the end of 2026.
CRV led the new $85 million Series A, with backing that includes Samsung and Aglaé Ventures, the investment vehicle linked to LVMH chairman Bernard Arnault. Samsung isn’t a customer yet, but Gómez Cano said the companies are in advanced discussions. That’s a pretty important detail. A robotics startup getting the same company as supplier, customer, and investor would have real industrial credibility, not just cap-table sparkle.
How Theker robotics compares with rivals
Theker’s competitive position sits between 2 established camps. On one side, you’ve got traditional industrial automation vendors that are great when the task is stable and predictable—same item, same box, same movement. On the other, you’ve got humanoid-robot companies pushing a fixed body plan into factories and warehouses. Theker is arguing that both approaches can struggle when workflows change a lot and product variability is high.
That’s why the modular hardware matters so much. Theker isn’t insisting the human form is always the right answer. It’s treating the robot more like configurable infrastructure. That’s a less cinematic story than a humanoid walking across a demo floor. It may also be a more useful one for operators who care about uptime, deployment speed, and whether a robot can switch from garments to parcels without becoming an engineering project again.
Why does Theker robotics raising $85M matter?
Because Theker says it “didn’t build” the company to run endless pilots, and this round gives it the money to prove that point. The startup already has a showroom in central Barcelona and plans to open more as it expands across Europe, the U.S., and Asia. It also plans to hire across engineering and deployment. Sales too.
The round also says something about investor appetite. Hardware investors usually want signs that a robotics company can survive real-world complexity, not just lab demos. Inditex’s involvement, Samsung talks, and the focus on operations departments rather than innovation teams all point to a company trying to sell into budget owners with immediate problems. That’s a harder path. It’s also the only one that really counts.
There’s also a local angle. Gómez Cano has been blunt that Barcelona hasn’t slowed the company down, and Theker is keeping its HQ there after raising more than double its original target. For Europe’s deep-tech scene, that’s not a trivial signal. A lot of founders still assume serious robotics has to migrate early. Theker is betting the opposite.
How big is the market for Theker robotics?
The timing isn’t random. The International Federation of Robotics says U.S. factories had 393,700 industrial robots in operation in 2024, while annual installations reached 34,200 units. IFR also points to labor scarcity and reshoring as long-term drivers for more automation, even if near-term conditions stay uneven. That’s a big installed base already. It also shows how much room there is for systems that can do more than one fixed task.
Warehouse automation is growing even faster. Grand View Research estimates the global warehouse robotics market could reach $17.29 billion by 2030, up from $4.31 billion in 2022, with a 19.6% CAGR. That lines up neatly with Theker’s first targets in logistics and retail, where mixed inventory, packaging changes, and labor shortages make rigid automation especially annoying.
The broader trend is that AI is finally making robotics less brittle. Better perception and better control loops help. Better software tooling does too. More operators are willing to try automation in workflows that used to be dismissed as “too variable.” That doesn’t mean every generalist robot startup wins. It does mean the category is no longer theoretical.
Can Theker robotics become Europe’s factory robot contender?
Maybe. But the next test won’t be fundraising.
It’ll be deployment density, customer retention, and whether Theker Robotics can turn a very ambitious modular-robot story into repeat business across warehouses and factories on 3 continents. The money is there now. So is the attention.
Read how Prometheus raised $12B from Jeff Bezos, JPMorgan Chase, Goldman Sachs, and BlackRock to build AI-powered engineering software that could help companies design, test, and manufacture complex physical products faster.
FAQ
- What funding did Theker raise? Theker raised $85 million in a Series A announced in June 2026, and CRV led the round. Samsung and Aglaé Ventures were among the backers, and the company described it as the largest robotics Series A raised in Europe.
- How does Theker robotics work? Theker robotics combines modular robot hardware with AI-based perception so customers can adapt a system to different jobs instead of buying a robot built for only 1 task. Its stack includes deep-learning object detection and customizable robot configurations. It also uses a Robot-as-a-Service model that makes deployment easier for logistics and industrial customers.
- Who are Theker’s founders? The company was founded by Carla Gómez Cano and Jiaqiang Ye Zhu, 2 engineers with roots in student robotics at UPC. They helped build the PUCRA robotics association, and Zhu later co-authored robotics-control research with Gómez Cano, which helps explain why investors take the team seriously as technical builders.
- Is Theker a warehouse robotics company or a factory robotics company? It’s both, at least by design. Theker started with logistics and retail use cases such as sorting and packing, but it’s aiming to push deeper into manufacturing, food and beverage, waste, and other industrial settings where variable manual tasks still dominate.
